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Couple. e.e.trophysiological re.ording and single.ce.l transcriptome.analyse. re.e.le. mole.ular me.hanisms unde.lying ne.ronal maturation

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Prote.n & Ce.l 2016年第3期7卷 175-186页

作者： Xiaoying Che. Kunshan Zhang Liqiang Zhou Xinpe. Gao Junbang Wang yinan Yao Fe. He.Yuping Luo Yongchun Yu Siguang Li Liming Che.g yi e. sun Ste. Ce.l Translational Re.e.rch Ce.te. Tongji Hospital Tongji University School of Medicine Shanghai 200065 China De.artme.t of Psychiatry and Biobe.avioral Scie.ce. David Geffen School of Medicine University of California Los Angeles CA 90095 USA Institute.of Ne.robiology Institute of Brain Science and State Key Laboratory of Medical Neurobiology Fudan University Shanghai 200032 China Collaborative.Innovation Ce.te. for Brain Scie.ce Tongji University Shanghai 200092 China

The.mammalian brain is he.e.oge.e.us, containing billions of ne.rons and trillions of synapse. forming vari- ous ne.ral circuitrie., through which se.se. move.e.t, thought, and e.otion arise. The.ce.lular he.e.oge.e.ty of the.brain has made.it difficult to study the.mole.ular logic of ne.ral circuitry wiring, pruning, activation, and plasticity, until re.e.tly, transcriptome.analyse. with single.ce.l re.olution make. de.oding of ge.e.re.ulatory ne.works unde.lying afore.e.tione. circuitry prope.tie. possible. He.e.we.re.ort succe.s in pe.- forming both e.e.trophysiological and whole.ge.ome.transcriptome.analyse. on single.human ne.rons in culture. Using We.ghte. Ge.e.Coe.pre.sion Ne.work Analyse. （WGCNA）, we.ide.tifie. ge.e.cluste.s highly corre.ate. with ne.ronal maturation judge. by e.e.trophysiological characte.istics. A tight link be.we.n ne.- ronal maturation and ge.e. involve. in ubiquitination and mitochondrial function was re.e.le.. More.ve., we.ide.tifie. a list of candidate.ge.e., which could pote.tially se.ve.as biomarke.s for ne.ronal maturation. Couple. e.e.trophysiological re.ording and single.ce.l transcriptome.analysis will se.ve.as powe.ful tools in the.future.to unve.l mole.ular logics for ne.ral circuitry functions.

关键词： Patch-Se. he.C/hiPSC-de.ive. ne.ron WGCNA Biomarke.s for ne.ronal maturation Ubiquitination and mitochondrial function

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Single.ce.l transcriptomics re.e.ls ge.e.signature. and alte.ations associate. with aging in distinct ne.ral ste./proge.itor ce.l subpopulations

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Prote.n & Ce.l 2018年第4期9卷 351-364页

作者： Zhanpinq Shi Yanan Ge.g Jiping Liu Huina Zhang Liqiang Zhou Quan Lin Jue.ua Yu Kunshan Zhang Jie.Liu Xinpe. Gao Chunxue.Zhang yinan Yao Chong Zhang yi e. sun Ste. Ce.l Translational Re.e.rch Ce.te. Tongji Hospital Tongji University School of Medicine Shanghai 200065 China De.artme.t of Psychiatry and Biobe.avioral Scie.ce. and Inte.le.tual De.e.opme.t and Disabilitie. Re.e.rch Ce.te. David Geffen School of Medicine University of California Los Angeles CA 90095 USA Collaborative.Innovation Ce.te. for Brain Scie.ce Tongji University Shanghai 200092 China

Aging associate. cognitive.de.line.has be.n linke. to dampe.e. ne.ral ste./proge.itor ce.ls （NSC/NPCs） activitie. manife.te. by de.re.se. prolife.ation, re.uce. prope.sity to produce.ne.rons, and incre.se. diffe.e.tiation into astrocyte.. While.ge.e.transcription change. obje.tive.y re.e.l mole.ular alte.ations of ce.ls unde.going various biological proce.se., the.se.rch for mole.ular me.hanisms unde.lying aging of NSC/NPCs has be.n confronte. by the.e.ormous he.e.oge.e.ty in ce.lular compositions of the.brain and the.comple. ce.lular microe.vironme.t whe.e.NSC/NPCs re.ide. More.ve., brain NSClNPCs the.se.ve. are.not a homoge.ous population, making it e.e. more.difficult to uncove. NSC/NPC sub-type.spe.ific aging me.hanisms. He.e. using both population-base. and single.ce.l transcriptome.analyse. of young and age. mouse.fore.rain e.e.dymal and sube.e.dymal re.ions and compre.e.sive.＂big-data＂ proce.sing, we.re.ort that NSCINPCs re.ide.in a rathe. inflammatory e.vironme.t in age. brain, which like.y contribute. to the.diffe.e.tiation bias towards astrocyte. ve.sus ne.rons. More.ve., single.ce.l transcriptome.analyse. re.e.le. that diffe.e.t age. NSCINPC subpopulations, while.all have.re.uce. ce.l prolife.ation, use.diffe.e.t ge.e.transcription programs to re.ulate.age.de.e.de.t de.line.in ce.l cycle. Inte.- e.tingly, change. in ce.l prolife.ation capacity are.not influe.ce. by inflammatory cytokine., but like.y re.ult from ce.l intrinsic me.hanisms. The.e.kJMapk pathway appe.rs to be.critically involve. in re.ulating age.de.e.de.t change. in the.capacity for NSCINPCs to unde.go clonal e.pansion. Toge.he. this study is the.first e.ample.of using population and single.ce.l base. transcriptome.analyse. to unve.l the.mole.ular inte.play be.we.n diffe.e.t NSCINPCs and the.r microe.vironme.t in the.conte.t of the.aging brain.

关键词： NSC/NPCs Se./SVZ single.ce.l transcriptome aging ce.l cycle e.k1/2

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Malicious Docume.t De.e.tion Base. on GGe.Visualization

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Compute.s, Mate.ials & Continua 2025年第1期82卷 1233-1254页

作者： Youhe.Wang yi sun Yujie.Li Chuanqi Zhou He.an Province.Ke. Laboratory of Information Se.urity Information Engineering UniversityZhengzhou450000China

With the.de.e.opme.t of anti-virus te.hnology,malicious docume.ts have.gradually be.ome.the.main pathway of Advance. Pe.siste.t Thre.t(APT)attacks,the.e.ore.the.de.e.opme.t of e.fe.tive.malicious docume.t classifie.s has be.ome.particularly ***,de.e.tion me.hods base. on docume.t structure.and be.avioral fe.ture. e.counte. challe.ge. in fe.ture.e.gine.ring,the.e.me.hods not only have.limite. accuracy,but also consume.large.re.ource.,and usually can only de.e.t docume.ts in spe.ific formats,which lacks ve.satility and *** addre.s such proble.s,this pape. propose. a nove. malicious docume.t de.e.tion me.hod-visualizing docume.ts as GGe.image.(Grayscale.Grayscale.matrix,e.tropy).The.GGe.me.hod visualize. the.original byte.se.ue.ce.of the.malicious docume.t as a grayscale.image.the.information e.tropy se.ue.ce.of the.docume.t as an e.tropy image.and at the.same.time.the.grayscale.le.e. co-occurre.ce.matrix and the.te.ture.and spatial information store. in it are.conve.te. into grayscale.matrix image.and fuse. the.thre. type. of image. to ge. the.GGe.color *** Convolutional Block Atte.tion Module.e.ficie.tNe.-B0(CBAM-e.ficie.tNe.-B0)mode. is the. use. for classification,combining transfe. le.rning and applying the.pre.traine. mode. on the.Image.e. datase. to the.fe.ture.e.traction proce.s of GGe.*** shown in the.e.pe.ime.tal re.ults,the.GGe.me.hod has supe.ior pe.formance.compare. with othe. me.hods,which is suitable.for de.e.ting malicious docume.ts in diffe.e.t formats,and achie.e. an accuracy of 99.44%and 97.39%on Portable.Docume.t Format(PDF)and office.datase.s,re.pe.tive.y,and consume. le.s time.during the.de.e.tion proce.s,which can be.e.fe.tive.y applie. to the.task of de.e.ting malicious docume.ts in re.l-time.

关键词： Malicious docume.t visualization e.ficie.tNe.-B0 convolutional block atte.tion module GGe.image

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Unbiase. transcriptomic analyse. re.e.l distine. e.fe.ts of immune.de.icie.cy in CNS function with and without injury

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Prote.n & Ce.l 2019年第8期10卷 566-582页

作者： Dandan Luo We.hong Ge.Xiao Hu Che. Li Chia-Ming Le. Liqiang Zhou Zhourui Wu Jue.ua Yu She.g Lin Jing Yu We. Xu Le. Che. Chong Zhang Kun Jiang Xingfe. Zhu Haotian Li Xinpe. Gao Yanan Ge.g Bo Jing Zhe. Wang Changhong Zhe.g Rongrong Zhu Qiao Yan Quan Lin Ke.iang Ye.yi e. sun Liming Che.g Division of Spine.Surge.y Department of Orthopedics Tongji Hospital Tongji University School of Medicine Shanghai 200065 China Institute.of Spine.and Spine.Cord Injury of Tongji Unive.sity Shanghai 200065 China Ste. Ce.l Translational Re.e.rch Ce.te. Tongji Hospital Tongji University School of Medicine Shanghai 200065 China De.artme.t of Psychiatry and Biobe.avioral Scie.ce. David Geffen School of Medicine University of California Los Angeles Los Angeles CA 90095 USA De.artme.t of Pathology and Laboratory Me.icine Center for neurodegeneration disease Emory University School of Medicine Atlanta GA 30322 USA

The.mammalian ce.tral ne.vous syste. (CNS) is conside.e. an immune.privile.e. syste. as it is se.arate. from the.pe.iphe.y by the.blood brain barrie. (BBB). Ye., immune.functions have.be.n postulate. to he.vily influe.ce.the.functional state.of the.CNS, e.pe.ially afte. injury or during ne.rode.e.e.ation. The.e.is controve.sy re.arding whe.he. adaptive.immune.re.ponse. are.be.e.icial or de.rime.tal to CNS injury re.air. In this study, we.utilize. immunocompromise. SCID mice.and subje.te. the. to spinal cord injury (SCI). We.analyze. motor function, e.e.trophysiology, histoche.istry, and pe.forme. unbiase. RNA-se.ue.cing. SCID mice.displaye. improve. CNS functional re.ove.y compare. to WT mice.afte. SCI. We.ghte. ge.e.coe.pre.sion ne.work analysis (WGCNA) of spinal cord transcriptome. re.e.le. that SCID mice.had re.uce. e.pre.sion of immune.function-re.ate. ge.e. and he.ghte.e. e.pre.sion of ne.ral transmission-re.ate. ge.e. afte. SCI, which was confirme. by immunohistoche.ical analysis and was consiste.t with be.te. functional re.ove.y. Transcriptomic analyse. also indicate. he.ghte.e. e.pre.sion of ne.rotransmission-re.ate. ge.e. be.ore.injury in SCID mice. sugge.ting that a ste.dy state.of immune.de.icie.cy pote.tially le. to CNS hype.-conne.tivity. Conse.ue.tly, SCID mice.without injury de.onstrate. worse.pe.formance.in Morris wate. maze.te.t. Take. toge.he., not only re.uce. inflammation afte. injury but also dampe.e. ste.dy-state.immune.function without injury he.ghte.e. the.ne.rotransmission program, re.ulting in be.te. or worse.be.avioral outcome. re.pe.tive.y. This study re.e.le. the.intricate.re.ationship be.we.n immune.and ne.vous syste.s, raising the.possibility for the.ape.tic manipulation of ne.ral function via immune.modulation.

关键词： spinal cord injury re.air immune de.icie.cy transcriptomic analysis ne.rotransmision

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e.osome.:the.ne.t-ge.e.ation the.ape.tic platform for ische.ic stroke

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Ne.ral Re.e.e.ation Re.e.rch 2025年第5期20卷 1221-1235页

作者： We.jing yin Hongyin Ma Yang Qu Jiaxin Re. yingying sun Zhe.-Ni Guo yi Yang Stroke.Ce.te. Department of NeurologyFirst Hospital of Jilin UniversityChangchunJilin ProvinceChina Ne.roscie.ce.Re.e.rch Ce.te. Department of NeurologyFirst Hospital of Jilin UniversityChangchunJilin ProvinceChina

Curre.t the.ape.tic strate.ie. for ische.ic stroke.fall short of the.de.ire. obje.tive.of ne.rological functional ***,the.e.is an urge.t ne.d to de.e.op ne. me.hods for the.tre.tme.t of this *** are.natural ce.l-de.ive. ve.icle. that me.iate.signal transduction be.we.n ce.ls unde. physiological and pathological *** have.low immunoge.icity,good stability,high de.ive.y e.ficie.cy,and the.ability to cross the.blood–brain *** physiological prope.tie. of e.osome. have.the.pote.tial to le.d to ne. bre.kthroughs in the.tre.tme.t of ische.ic *** rapid de.e.opme.t of nanote.hnology has advance. the.application of e.gine.re. e.osome.,which can e.fe.tive.y improve.targe.ing ability,e.hance.the.ape.tic e.ficacy,and minimize.the.dosage. *** in te.hnology have.also drive. clinical translational re.e.rch on *** this re.ie.,we.de.cribe.the.the.ape.tic e.fe.ts of e.osome. and the.r positive.role. in curre.t tre.tme.t strate.ie. for ische.ic stroke.including the.r antiinflammation,anti-apoptosis,autophagy-re.ulation,angioge.e.is,ne.roge.e.is,and glial scar formation re.uction ***,it is worth noting that,de.pite.the.r significant the.ape.tic pote.tial,the.e.re.ains a de.rth of standardize. characte.ization me.hods and e.ficie.t isolation te.hnique. capable.of producing highly purifie. *** optimization strate.ie. should prioritize.the.e.ploration of suitable.isolation te.hnique. and the.e.tablishme.t of unifie. workflows to e.fe.tive.y harne.s e.osome. for diagnostic or the.ape.tic applications in ische.ic ***,our re.ie. aims to summarize.our unde.standing of e.osome.base. tre.tme.t prospe.ts in ische.ic stroke.and foste. innovative.ide.s for the.de.e.opme.t of e.osome.base. the.apie..

关键词： blood–brain barrie. e.e.troacupuncture e.gine.ring e.e.cise e.osome. ische.ic stroke me.e.chymal ste. ce.ls microglia ne.roprote.tion ste.ts

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Application of the.improve. dung be.tle.optimize.,muti-he.d atte.tion and hybrid de.p le.rning algorithms to groundwate. de.th pre.iction in the.Ningxia are.,China

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Atmosphe.ic and Oce.nic Scie.ce.Le.te.s 2025年第1期18卷 18-23页

作者： Jiarui Cai Bo sun Huijun Wang yi Zhe.g Siyu Zhou Huixin Li Yanyan Huang Pe.shu Zong Collaborative.Innovation Ce.te. on fore.ast and e.aluation of Me.e.rological Disaste.s/Ke. Laboratory of Me.e.rological Disaste. Ministry of Education/Joint International Research Laboratory of Climate and Environment ChangeNanjing University of Information Science and TechnologyNanjingChina Southe.n Marine.Scie.ce.and e.gine.ring Guangdong Laboratory(Zhuhai) ZhuhaiChina China Me.e.rological Administration Key Laboratory of Transportation MeteorologyNanjingChina Jiangsu Me.e.rological Obse.vatory NanjingChina

Due.to the.lack of accurate.data and comple. parame.e.ization,the.pre.iction of groundwate. de.th is a chal-le.ge.for nume.ical *** le.rning can e.fe.tive.y solve.this issue.and has be.n prove. use.ul in the.pre.iction of groundwate. de.th in many *** this study,two ne. mode.s are.applie. to the.pre.iction of groundwate. de.th in the.Ningxia are.,*** two mode.s combine.the.improve. dung be.tle.optimize.(DBO)algorithm with two de.p le.rning mode.s:The.Multi-he.d Atte.tion-Convolution Ne.ral Ne.work-Long Short Te.m Me.ory ne.works(MH-CNN-LSTM)and the.Multi-he.d Atte.tion-Convolution Ne.ral Ne.work-Gate. Re.urre.t Unit(MH-CNN-GRU).The.mode.s with DBO show be.te. pre.iction pe.formance.with large. R(corre.ation coe.ficie.t),RPD(re.idual pre.iction de.iation),and lowe. RMSe.root-me.n-square.e.ror).Com-pare. with the.mode.s with the.original DBO,the.R and RPD of mode.s with the.improve. DBO incre.se.by ove. 1.5%,and the.RMSe.de.re.se. by ove. 1.8%,indicating be.te. pre.iction *** addition,compare. with the.multiple.line.r re.re.sion mode.,a traditional statistical mode.,de.p le.rning mode.s have.be.te. pre.iction pe.formance.

关键词： Groundwate. de.th Multi-he.d atte.tion Improve. dung be.tle.optimize. CNN-LSTM CNN-GRU Ningxia

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Low‑Te.pe.ature.Fabrication of Stable.Black‑Phase.CsPbI_(3)Pe.ovskite.Fle.ible.Photode.e.tors Toward We.rable.He.lth Monitoring

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Nano-Micro Le.te.s 2025年第3期17卷 232-245页

作者： yingjie.Zhao yiche.g sun Chaoxin Pe. Xing yin Xinyi Li yi Hao Me.gru Zhang Me.g Yuan Jinglin Zhou Yu Che. Yanlin Song Colle.e.of Che.istry and Pingyuan Laboratory Zhengzhou UniversityZhengzhou 450001People’s Republic of China Ke. Laboratory of Gre.n Printing Institute of ChemistryChinese Academy of SciencesBeijing 100190People’s Republic of China Ke. Laboratory of Bio‑Inspire. Mate.ials and Inte.facial Scie.ce Technical Institute of Physics and ChemistryChinese Academy of SciencesBeijing 100190People’s Republic of China Institute.of High e.e.gy Physics Chinese Academy of SciencesBeijing 100049People’s Republic of China

Fle.ible.we.rable.optoe.e.tronic de.ice. fabricate. fromorganic–inorganic hybrid pe.ovskite. significantly acce.e.ate.the.de.e.opme.tof portable.e.e.gy,biome.icine.and se.sing fie.ds,but the.r poor the.mal stabilityhinde.s furthe. ***,all-inorganic pe.ovskite. posse.se.ce.le.t the.mal stability,but black-phase.all-inorganic pe.ovskite.filmusually re.uire. high-te.pe.ature.anne.ling ste.s,which incre.se. e.e.gy consumptionand is not conducive.to the.fabrication of fle.ible.we.rable.*** this work,an unpre.e.e.te. low-te.pe.ature.fabrication of stable.blackphase.sPbI3pe.ovskite.films is de.onstrate. by the.in situ hydrolysis re.ctionof diphe.ylphosphinic chloride.*** re.e.se. diphe.yl phosphate.nd chloride.ions during the.hydrolysis re.ction significantly lowe. the.phase.ransition te.pe.ature.and e.fe.tive.y passivate.the.de.e.ts in the.pe.ovskite.ilms,yie.ding high-pe.formance.photode.e.tors with a re.ponsivity of 42.1 AW−1 and a de.e.tivity of 1.3×10^(14)***,high-fide.ity image.nd photople.hysmography se.sors are.de.onstrate. base. on the.fabricate. fle.ible.we.rable.*** work provide. a ne.pe.spe.tive.for the.low-te.pe.ature.fabrication of large.are. all-inorganic pe.ovskite.fle.ible.optoe.e.tronic de.ice..

关键词： In situ hydrolyzation Low-te.pe.ature.proce.sing All-inorganic pe.ovskite Fle.ible.photode.e.tors He.lth monitoring

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2D fre.-standing ultra-large.fe.romagne.ic nanoshe.ts via a topotactic transformation strate.y

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Scie.ce.China Che.istry 2025年

作者： Haofe.g sun Minghao Wang We.jie.Li Yang Liu Xinyu sun We.jie.Wang Yuqiao Guo yi Xie.Changzhe.g Wu Ke. Laboratory of Pre.ision and Inte.lige.t Che.istry University of Science&Technology of China National Synchrotron Radiation Laboratory University of Science and Technology of China

Conside.able.progre.s has be.n made.in synthe.izing two-dime.sional （2D） mate.ials by e.foliating laye.e. ***,for tre.e.dous non-laye.e. inorganic mate.ials,e.pe.ially magne. solids,usually with close.y packe. bulk phase. by strong che.ical bonds,it is challe.ging to obtain the.r high-quality 2D ***,we.highlighte. a ne. structure.of fre.-standing fe.romagne.ic nanoshe.ts fe.turing （111） *** magne.,Fe.O4,its inve.se. spine. crystalline.has limite. abilitie. to e.foliate.into 2D forms and rare.y e.ists as fre.-standing nanoshe.ts owing to aggre.ation induce. by magne.ic *** re.lize. a bre.kthrough in achie.ing fre.-standing fe.romagne.ic nanoshe.ts with dramatically surpassing size.limitations via topotactic conve.sion from laye.e. *** Fe.O4nanoshe.ts e.hibite. a maximum width of 60μm while.only～4 nm thick,promine.tly e.posing （111） face.s.2D Fe.O4be.ave. anisotropic magne.ism,which displaye. a 4.6 e.u g-1mome.t（H=500 Oe. in the.（111） plane.but 2.1 e.u g-1out of the.（111） plane.indicating a （111） in-plane.e.sy *** anticipate. our topotactic conve.sion strate.y would inspire.the.cre.tion of 2D non-laye.e. mate.ials and e.rich the.2D mate.ials family.

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Nanoimprint lithography-assiste. block copolyme. se.f-asse.bly for hype.fine.fabrication of magne.ic patte.ns base. on L10-Fe.t nanoparticle.

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Scie.ce.China Che.istry 2025年

作者： Jie.Zhang yi Che. Guijun Li Ze.in sun Zhe.gong Me.g Wai-Ye.ng Wong De.artme.t of Applie. Biology and Che.ical Te.hnology and Re.e.rch Institute.for Smart e.e.gy The Hong Kong Polytechnic University The.Hong Kong Polyte.hnic Unive.sity She.zhe. Re.e.rch Institute Division of Inte.rative.Syste.s and De.ign and Department of Electronic and Computer Engineering The Hong Kong University of Science and Technology School of Fle.ible.e.e.tronics (Future.Te.hnology) and Institute.of Advance. Mate.ials (IAM) Nanjing Tech University

L10-Fe.t-type.bit-patte.ne. me.ia has provide. a promising alte.native.for ultrahigh-de.sity magne.ic re.ording syste.s in the.curre.t digital e.a, but rapid fabrication of magne.ic patte.ns with hype.fine.bit islands is still challe.ging, e.pe.ially with the.targe. for miniaturization and scalable.production simultane.usly. He.e.n, Fe.Pt-containing block copolyme.s we.e.utilize. as single.source.pre.ursors for solution-proce.sable.patte.ning and subse.ue.t ge.e.ation of the.de.anding magne.ic Fe.t dots by in situ pyrolysis. High-throughput nanoimprint lithography was initially e.ploye. to fabricate.the.pre.e.ine. bit ce.ls pre.ise.y,and the. the.intrinsic se.f-asse.bly of phase.se.arate. block copolyme.s furthe. drove.the.formation of accurate.bit *** from the.syne.gistic e.fe.t of top-down lithographic approach and bottom-up se.f-asse.bly, the.customizable.patte.ns could be.achie.e. for large.scale.mass production in targe.e. are.s, but high-de.sity isolate. dots could also be.accurate.y aligne. along the.patte.ne. fe.ture. afte. subse.ue.t se.f-asse.bly. This re.iable.strate.y would provide.a good ave.ue.to pre.ise.y construct ultrahigh-de.sity magne.ic data storage.de.ice..

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Inte.‑Ske.e.on Conductive.Route. Tuning Multifunctional Conductive.Foam for e.e.tromagne.ic Inte.fe.e.ce.Shie.ding,Se.sing and The.mal Manage.e.t

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Nano-Micro Le.te.s 2025年第3期17卷 19-36页

作者： Xufe.g Li Chunyan Che. Zhe.yang Li Pe.g yi Haihan Zou Gao De.g Ming Fang Junzhe.He.Xin sun Ronghai Yu Jianglan Shui Caofe.g Pan Xiaofang Liu School of Mate.ials Scie.ce.and e.gine.ring Beihang UniversityBeijing 100191People’s Republic of China Institute.of Atomic Manufacturing Beihang UniversityBeijing 100191People’s Republic of China Tianmushan Laboratory Xixi Octagon CityYuhang DistrictHangzhou 310023People’s Republic of China Scie.ce.and Te.hnology On e.e.tromagne.ic Scatte.ing Laboratory Beijing Institute of Environmental FeaturesBeijing 100854People’s Republic of China

Conductive.polyme. foam(CPF)with e.ce.le.t compre.sibility and variable.re.istance.has promising applications in e.e.tromagne.ic inte.fe.e.ce.e.I)shie.ding and othe. inte.rate. functions for we.rable.***,its insufficie.t change.amplitude.of re.istance.with compre.sive.strain ge.e.ally le.ds to a de.radation of shie.ding pe.formance.during ***,an innovative.loading strate.y of conductive.mate.ials on polyme. foam is propose. to significantly incre.se.the.contact probability and contact are. of conductive.compone.ts unde. *** inte.-ske.e.on conductive.films are.constructe. by loading alginate.de.orate. magne.ic liquid me.al on the.polyme.hacrylate.films hange. be.we.n the.foam ske.e.on(de.ote. as AMLM-PM foam).Traditional point contact be.we.n conductive.ske.e.ons unde. compre.sion is upgrade. to planar contact be.we.n conductive.***,the.re.istance.change.of AMLM-PM re.che. four orde.s of magnitude.unde. ***,the.inte.-ske.e.on conductive.films can improve.the.me.hanical stre.gth of foam,pre.e.t the.le.kage.of liquid me.al and incre.se.the.scatte.ing are. of e. ***-PM foam has strain-adaptive.e.I shie.ding pe.formance.and shows compre.sion-e.hance. shie.ding e.fe.tive.e.s,solving the.proble. of traditional CPFs upon *** upgrade.of re.istance.re.ponse.also e.able. foam to achie.e.se.sitive.pre.sure.se.sing ove. a wide.pre.sure.range.and compre.sion-re.ulate. Joule.he.ting function.

关键词： Inte.-ske.e.on conductive.films Conductive.polyme. foam Liquid me.al e.e.tromagne.ic inte.fe.e.ce.shie.ding

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